Method and structure for improving efficiency and reliability of vertical vortex compressor

Abstract

A method and a vertical closed turbo compressor are provided to effectively decrease the temperature increase of the compressor and increase its efficiency and reliability. In the shell of the compressor a blocking board is added to make a high pressure air exhaust channel and a low pressure air intake channel, wherein the channels installed high pressure oil pool and low pressure oil pool respectively. Wherein the high pressure air exhaust channel a oil/gas separation device is added. Besides that a series of cooling tube and recycle tube to cool down and lubricate the recycle oil and compressor channel.

Description

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AI Technical Summary

Benefits of technology

This patented technology improves upon existing methods of controlling the pressure inside a pump housing during operation. By incorporated a specific part called a bobbin, which helps distribute heat evenly throughout the entire space where compressed gases are being generated. Additionally, there may include various components like a fluid reservoir tank, oil sumps, and other parts needed for proper functioning. Overall, this design allows for better performance and reliance over different types of liquids without compromising their quality.

Problems solved by technology

The technical problem addressed by this patented method relates to improving compression machine performance when operating at very hot temperatures due to insufficient heat dissipations from the compressed gas during operation. This can result in decreased durability or even failure of other components within the same device.

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